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A MEG-based coolant using Si-OAT in combination with phosphate, developed for heavy duty and passenger car applications requiring long-life corrosion protection.

A MEG-based coolant using OAT, offering an outstanding performance in oxidation and hard water stability, drop in solution for Havoline XLC.

A cost-effective MEG-based coolant using OAT, developed for passenger car applications.

A patented low-electrical-conductivity OAT coolant, suited for indirect battery cooling in Battery Electric Vehicles (BEVs) in systems where e-conductivity needs to be reduced, meeting GB 29743.2 and ASTM D8566 standards. It limits the negative effects of brazed Aluminum components (battery bottom plates, Al heat exchangers) thanks to its brazing flux compensation package.

A patented low-electrical-conductivity Si-OAT coolant, suited for indirect battery cooling of Battery Electric Vehicles (BEV) in systems where e-conductivity needs to be reduced, meeting GB 29743.2 and ASTM D8566 standards. It limits the negative effects of brazed Aluminum components (battery bottom plates, Al heat exchangers) thanks to its brazing flux compensation package.

A patented low-electrical-conductivity P-OAT coolant, suited for indirect battery cooling of Battery Electric Vehicles (BEV) in systems where e-conductivity needs to be reduced, meeting GB 29743.2 and ASTM D8566 standards. It limits the negative effects of brazed Aluminum components (battery bottom plates, Al heat exchangers) thanks to its brazing flux compensation package.

A MEG-based cost-effective universal coolant concentrate passing the French and British national standards.

A superconcentrated aqueous corrosion inhibitor based on OAT, developed for use in a wide range of drivetrains as a cost-effective, versatile coolant additive.

A MEG-based coolant concentrate using OAT, developed for year-round corrosion and frost protection in passenger car engine cooling systems.